Krytox™ TM7 Fluorinated Grease High-Temp Vacuum-System Efficiency Engine for Tire Production

Krytox™ TM7 Grease is an NLGI Grade 2 PFPE grease for tire mold release lubrication for electric and steam-heated tire manufacturing.

Krytox™ TM7 Grease is a high-performance, fluorinated grease with polytetrafluorethylene (PTFE) thickener and proprietary additives. Krytox™ TM7 delivers exceptional thermal stability and very high load-carrying capability. Krytox™ TM7 has a useful temperature range of −20­°C to 290°C (−4°F to 555°F). TM7 is designed for use in the vulcanization process of rubber tires in the automotive manufacturing industry and can be used in both electrically and steam-heated molds.

Krytox™ TM7 Grease: The "Efficiency Engine" in Tire Production

Recently, Krytox™ TM7 grease made a stunning debut, and with its outstanding performance, it has become the "darling" that tire manufacturers are vying for, bringing new hope for efficiency improvement.

Specialized in removing carbon deposits and coking, the "Guardian Angel" for mold cleaning

Krytox™ TM7 grease is the "guardian of justice". With it, machines operate more cleanly, equipment malfunctions and downtime for maintenance are reduced, and production continuity and stability are significantly enhanced.

Super strong adhesion, greatly extended lubrication cycle

Krytox™ TM7 grease has extremely strong adhesion and can closely adhere to the surface of the mold, forming a long-lasting and effective lubricating film.

This significantly reduces the amount and frequency of grease application, lowers production costs and labor intensity, while greatly increasing output.

Outstanding features, producing "all-round shield"

Krytox™ TM7 Grease Characteristics: 

• Excellent thermal stability and high load-bearing capacity
• Good chemical inertness
• Superior hydrolytic temperature resistance

Broad application prospect and is a "rising star" in the industry. 

• All kinds of tire molds
• Other industrial fields that require high temperature, high pressure and chemical stability